Robots offer significant advantages in improving production efficiency and reducing energy
consumption. The following is a detailed analysis:
1. Efficiency Improvement
24-Hour Continuous Operation
Robots can replace manual labor to achieve uninterrupted production (for example, an injection
molding robot can remove a part in just 1.5 seconds). While the efficiency of a single machine may be
slightly lower than that of a skilled worker, the coordinated use of multiple machines significantly
increases per capita management productivity.
Standardization and Stability
PLC control achieves ±0.1mm repeatability, eliminating speed fluctuations and errors caused by manual
operation and enabling precise prediction of daily production capacity.
Modularity and Flexible Scalability
Lightweight aluminum alloy construction (40% weight reduction), supports multi-axis combinations
(such as XY gantry), and is NEM compatible. A23/34 stepper/servo motors adapt to diverse production
needs.
II. Energy Consumption Optimization
Precise Motion Control
Servo-driven robots reduce motor energy consumption by optimizing path planning to minimize idle
travel and ineffective motion. Truss robots reduce material loss and rework energy through high-
precision machining.
Data-Driven Energy Saving
The Industrial IoT platform monitors equipment energy consumption in real time and reduces fuel
consumption per unit by 18% by maintaining abnormal equipment.
III. Comprehensive Benefits
Cost Savings: One injection molding robot can replace two to three workers, saving long-term labor
costs.
Quality Improvement: Reduces product deformation and scratches, reducing scrap rates.
Safety Enhancement: Eliminates the risk of mold collisions during manual operation.
